Link to the phyphox app: https://phyphox.org/ Link to the instructions video: https://www.youtube.com/watch?v=uoUm34CnHdE 4. The speed of any

Link to the phyphox app:

https://phyphox.org/

Link to the instructions video:

https://www.youtube.com/watch?v=uoUm34CnHdE

Transcribed Image Text:

4. The speed of any wave is dependent on the material it travels through. In the case of sound, different gas properties mean different speeds according to the following equation: v= RT where y is the adiabatic constant (1.67 for monatomic gases, 1.4 for diatomic, 1.3 for larger molecules), R is the universal gas constant, T is temperature in Kelvin and M is the molar mass. What effect would replacing air with carbon dioxide have on speed of sound (do not try this because you will die)? Why? 4. The speed of any wave is dependent on the material it travels through. In the case of sound, different gas properties mean different speeds according to the following equation: v= RT where y is the adiabatic constant (1.67 for monatomic gases, 1.4 for diatomic, 1.3 for larger molecules), R is the universal gas constant, T is temperature in Kelvin and M is the molar mass. What effect would replacing air with carbon dioxide have on speed of sound (do not try this because you will die)? Why?